TWM654623U

TWM654623U - Drinking water device

Info

Publication number: TWM654623U
Application number: TW113200416U
Authority: TW
Inventors: 唐志宏
Original assignee: 博群淨水科技有限公司
Filing date: 2024-01-12
Publication date: 2024-04-21

Abstract

本創作關於一種飲水裝置，包括：一進水單元、一加熱單元、一第一出水單元及一第二出水單元。該進水單元包含有一第一容器、一第一進水水路、一第二進水水路、一第一進水閥體與一第二進水閥體，該第一進水水路與該第二進水水路分別連通該第一容器與一水源，該第一進水閥體與該第二進水閥體分設於該第一進水水路與該第二進水水路；該加熱單元包含有一第二容器、一加熱組件及一洩壓組件，該第二容器連通該第一容器，該加熱組件設於該第二容器以供加熱位於該第二容器內的水體，該洩壓組件設於該第二容器且可選擇性連通外界與該第二容器；該第一出水單元包含有一第一出水水路及一第一出水閥體，該第一出水水路連通該第二容器及外界，該第一出水閥體訊號連接該第一進水閥體同步啟閉；該第二出水單元包含有一第二出水水路、一溫控單元及一第二出水閥體，該第二出水水路連通該第二容器與外界，該溫控單元設於該第二出水水路，該第二出水閥體訊號連接該第二進水閥體同步啟閉。 The invention relates to a drinking water device, including: a water inlet unit, a heating unit, a first water outlet unit and a second water outlet unit. The water inlet unit includes a first container, a first water inlet waterway, a second water inlet waterway, a first water inlet valve body and a second water inlet valve body. The first water inlet waterway and the second water inlet waterway are respectively connected to the first container and a water source. The first water inlet valve body and the second water inlet valve body are respectively arranged in the first water inlet waterway and the second water inlet waterway; the heating unit includes a second container, a heating assembly and a pressure relief assembly. The second container is connected to the first container. The heating assembly is arranged in the second container to heat the water in the second container. The pressure relief assembly The first water outlet unit includes a first water outlet waterway and a first water outlet valve body, the first water outlet waterway connects the second container and the outside world, and the first water outlet valve body signal connects the first water inlet valve body to open and close synchronously; the second water outlet unit includes a second water outlet waterway, a temperature control unit and a second water outlet valve body, the second water outlet waterway connects the second container and the outside world, the temperature control unit is arranged in the second water outlet waterway, and the second water outlet valve body signal connects the second water inlet valve body to open and close synchronously.

Description

Drinking water device

本創作係與供水設備有關，特別是有關於一種飲水裝置。This work is related to water supply equipment, in particular to a drinking water device.

人體每日必須要補充一定量的水分來維持身體內液體的平衡、器官順利運作，並且，飲用水進入人體後，透過流汗、尿液等方式排出體外的同時可以將新陳代謝所產生的廢物一併帶出，能維持人體健康。傳統飲用水的獲得，通常係將生水置入水壺中透過火源加熱至沸騰後得到，隨著科技進步，現今大都以飲水機來取代上述方式，飲水機可提供冷水、溫水和熱水其中至少一者，並且可直接連接自來水水源而可自動補水加熱，令人們可輕易地取得飲用水飲用。The human body must replenish a certain amount of water every day to maintain the balance of body fluids and the smooth functioning of organs. In addition, after drinking water enters the human body, it can be discharged from the body through sweat, urine, etc., and at the same time, it can take out the waste produced by metabolism, which can maintain human health. Traditional drinking water is usually obtained by putting raw water in a kettle and heating it to boiling over a fire. With the advancement of technology, most of the above methods are now replaced by water dispensers. Water dispensers can provide at least one of cold water, warm water and hot water, and can be directly connected to the tap water source to automatically replenish and heat water, allowing people to easily obtain drinking water.

大多數飲水機其補水機制大都是透過水位感應器配合進水閥體，當水位感應器感側到內部儲水量不足後才會令進水閥體開啟，然而，此種補水方式常常會有補水不夠及時、供水量常常不足之問題，或是，水位感應器發生故障，導致補水量過度造成儲水桶內部壓力過大、荷重過大，日積月累之下會產生漏水等問題。Most water dispensers use a water level sensor in conjunction with a water inlet valve to replenish water. The water inlet valve opens when the water level sensor senses that the internal water storage is insufficient. However, this method of replenishing water often results in problems such as insufficient water supply and insufficient water supply. Alternatively, the water level sensor may malfunction, resulting in excessive water replenishment, which causes excessive pressure and load inside the water storage tank, which can cause leakage over time.

因此，有必要提供一種新穎且具有進步性之飲水裝置，以解決上述之問題。Therefore, it is necessary to provide a novel and advanced drinking water device to solve the above-mentioned problems.

本創作之主要目的在於提供一種飲水裝置，能提供雙溫水體供使用者使用，且透過第一進水閥體與第一出水閥體同動、第二進水閥體與第二出水閥體同動，可以有效進行適量補水並可簡化電子控制迴路。The main purpose of this invention is to provide a drinking water device that can provide dual-temperature water for users to use, and through the first water inlet valve body and the first water outlet valve body moving together, the second water inlet valve body and the second water outlet valve body moving together, it can effectively replenish water in an appropriate amount and simplify the electronic control circuit.

為達成上述目的，本創作提供一種飲水裝置，包括：一進水單元、一加熱單元、一第一出水單元及一第二出水單元。該進水單元包含有一第一容器、一第一進水水路、一第二進水水路、一第一進水閥體與一第二進水閥體，該第一進水水路與該第二進水水路分別連通該第一容器與一水源，該第一進水閥體設於該第一進水水路以控制其導通狀態，該第二進水閥體設於該第二進水水路以控制其導通狀態；該加熱單元包含有一第二容器、一加熱組件及一洩壓組件，該第二容器連通該第一容器，該加熱組件設於該第二容器以供加熱位於該第二容器內的水體，該洩壓組件設於該第二容器且可選擇性連通外界與該第二容器；該第一出水單元包含有一第一出水水路及一第一出水閥體，該第一出水水路連通該第二容器及外界，該第一出水閥體設於該第一出水水路以控制其導通狀態，該第一出水閥體訊號連接該第一進水閥體而呈同步啟閉關係；該第二出水單元包含有一第二出水水路、一溫控單元及一第二出水閥體，該第二出水水路連通該第二容器與外界，該溫控單元設於該第二出水水路以供改變其內部水體溫度，該第二出水閥體設於該第二出水水路以控制其導通狀態，該第二出水閥體訊號連接該第二進水閥體而呈同步啟閉關係。To achieve the above-mentioned purpose, the invention provides a drinking water device, including: a water inlet unit, a heating unit, a first water outlet unit and a second water outlet unit. The water inlet unit includes a first container, a first water inlet waterway, a second water inlet waterway, a first water inlet valve body and a second water inlet valve body, the first water inlet waterway and the second water inlet waterway are respectively connected to the first container and a water source, the first water inlet valve body is arranged in the first water inlet waterway to control its conduction state, and the second water inlet valve body is arranged in the second water inlet waterway to control its conduction state; the heating unit includes a second container, a heating assembly and a pressure relief assembly, the second container is connected to the first container, the heating assembly is arranged in the second container for heating the water in the second container, the pressure relief assembly is arranged in the second container and can selectively connect the outside world and the second container; the A water outlet unit includes a first water outlet waterway and a first water outlet valve body, the first water outlet waterway is connected to the second container and the outside, the first water outlet valve body is arranged in the first water outlet waterway to control its conduction state, and the first water outlet valve body signal is connected to the first water inlet valve body to present a synchronous opening and closing relationship; the second water outlet unit includes a second water outlet waterway, a temperature control unit and a second water outlet valve body, the second water outlet waterway is connected to the second container and the outside, the temperature control unit is arranged in the second water outlet waterway to change the internal water temperature, the second water outlet valve body is arranged in the second water outlet waterway to control its conduction state, and the second water outlet valve body signal is connected to the second water inlet valve body to present a synchronous opening and closing relationship.

以下僅以實施例說明本創作可能之實施態樣，然並非用以限制本創作所欲保護之範疇，文中所提之名詞前冠以的「一」或「至少一」並非對數量進行限制，依據需求亦可為「複數」個，此數量上之變化亦為所欲保護之範圍，合先敘明。The following is merely an example to illustrate possible implementations of the present invention, but it is not intended to limit the scope of protection for the present invention. The "one" or "at least one" preceding the terms mentioned in the text does not limit the quantity, and it can also be "plural" according to needs. This change in quantity is also within the scope of protection, which should be stated in advance.

請參考圖1，其顯示本創作之一實施例，本創作之飲水裝置包括：一進水單元1、一加熱單元2、一第一出水單元3及一第二出水單元4。Please refer to FIG. 1 , which shows an embodiment of the present invention. The drinking water device of the present invention includes: a water inlet unit 1 , a heating unit 2 , a first water outlet unit 3 and a second water outlet unit 4 .

該進水單元1包含有一第一容器11、一第一進水水路12、一第二進水水路13、一第一進水閥體14與一第二進水閥體15，該第一進水水路12與該第二進水水路13分別連通該第一容器11與一水源，該第一進水閥體14設於該第一進水水路12以控制其導通狀態，該第二進水閥體15設於該第二進水水路13以控制其導通狀態。The water inlet unit 1 includes a first container 11, a first water inlet waterway 12, a second water inlet waterway 13, a first water inlet valve body 14 and a second water inlet valve body 15. The first water inlet waterway 12 and the second water inlet waterway 13 are respectively connected to the first container 11 and a water source. The first water inlet valve body 14 is arranged in the first water inlet waterway 12 to control its conduction state, and the second water inlet valve body 15 is arranged in the second water inlet waterway 13 to control its conduction state.

該加熱單元2包含有一第二容器21、一加熱組件22及一洩壓組件23，該第二容器21連通該第一容器11，該加熱組件22設於該第二容器21以供加熱位於該第二容器21內的水體，該洩壓組件23設於該第二容器21且可選擇性連通外界與該第二容器。於本實施例中，該加熱組件22係為加熱棒，該洩壓組件23係為洩壓蒸氣閥以令高壓水蒸氣排出(無壓式)，該第二容器21之內部壓力不會增加，故位於該第二容器21的水體可以常態維持在100度C，而不會有爆缸的風險。The heating unit 2 includes a second container 21, a heating assembly 22 and a pressure relief assembly 23. The second container 21 is connected to the first container 11. The heating assembly 22 is arranged in the second container 21 to heat the water in the second container 21. The pressure relief assembly 23 is arranged in the second container 21 and can selectively connect the outside with the second container. In this embodiment, the heating assembly 22 is a heating rod, and the pressure relief assembly 23 is a pressure relief steam valve to discharge high-pressure water vapor (no pressure). The internal pressure of the second container 21 will not increase, so the water in the second container 21 can be normally maintained at 100 degrees C without the risk of explosion.

該第一出水單元3包含有一第一出水水路31及一第一出水閥體32，該第一出水水路31連通該第二容器21及外界，該第一出水閥體32設於該第一出水水路31以控制其導通狀態，該第一出水閥體32訊號連接該第一進水閥體14而呈同步啟閉關係，能有效簡化電子控制迴路，且能確實掌握需要補足水體的份量而不會過度進水造成內部壓力提升、該第一容器11承重過度之情況發生，可以有效維持該第一容器11之結構完整，而不會有裂縫產生導致漏水的情況。The first water outlet unit 3 includes a first water outlet waterway 31 and a first water outlet valve body 32. The first water outlet waterway 31 is connected to the second container 21 and the outside. The first water outlet valve body 32 is arranged in the first water outlet waterway 31 to control its conduction state. The first water outlet valve body 32 signal is connected to the first water inlet valve body 14 to present a synchronous opening and closing relationship, which can effectively simplify the electronic control circuit and can accurately grasp the amount of water that needs to be replenished without excessive water inlet causing internal pressure to increase and the first container 11 to bear excessive weight. The structural integrity of the first container 11 can be effectively maintained without cracks that cause water leakage.

於實際使用時，可以調整入水流速等同於出水流速，使得該第一出水閥體32流出多少水，就會有相同水量流經該第一進水閥體14進入該第一容器11進行補水，此結構設計相當適合用於無壓飲水，即水源係透過重力和自然流動進入該第一進水水路12，無須安裝水壓泵來加壓，進而有節能省電之功效。In actual use, the water inlet flow rate can be adjusted to be equal to the water outlet flow rate, so that the amount of water flowing out of the first water outlet valve body 32 will have the same amount of water flowing through the first water inlet valve body 14 into the first container 11 for water replenishment. This structural design is very suitable for pressureless drinking water, that is, the water source enters the first water inlet waterway 12 through gravity and natural flow, and there is no need to install a hydraulic pump for pressurization, thereby saving energy and electricity.

該第二出水單元4包含有一第二出水水路41、一溫控單元43及一第二出水閥體44，該第二出水水路41連通該第二容器21與外界，該溫控單元43設於該第二出水水路41以供改變其內部水體溫度以提供使用者不同的水溫使用，該第二出水閥體44設於該第二出水水路41以控制其導通狀態，同理地，該第二出水閥體44訊號連接該第二進水閥體15而呈同步啟閉關係。The second water outlet unit 4 includes a second water outlet waterway 41, a temperature control unit 43 and a second water outlet valve body 44. The second water outlet waterway 41 connects the second container 21 with the outside. The temperature control unit 43 is arranged in the second water outlet waterway 41 to change the internal water temperature to provide users with different water temperatures. The second water outlet valve body 44 is arranged in the second water outlet waterway 41 to control its conduction state. Similarly, the second water outlet valve body 44 signal is connected to the second water inlet valve body 15 to present a synchronous opening and closing relationship.

於本實施例中，該第一容器11為儲水桶，該第二容器21係為熱水膽，自該第一出水水路31的水體係為熱水，自該第二出水水路41的水體係為溫水。較具體地說，該第二出水水路41係延伸穿設過該第一容器11而進行熱交換，該第一容器11即為該溫控單元43。更具體地說，該第二出水水路41包含有一呈迴繞延伸之熱交換段42，該熱交換段42係容設於該第一容器11之內部，如此一來，位於該熱交換段42內的熱水流經該第一容器11之內部時能夠將熱量傳遞予位於該第一容器11內部的水體達到降溫之目的，同時位於該第一容器11內部的水體接收熱量後升溫，而能於流入該第二容器21之前進行預熱，令於該第二容器21的該加熱組件22可以較快速地將自該第一容器11流入的水體加熱至100度C。In this embodiment, the first container 11 is a water storage barrel, the second container 21 is a hot water tank, the water from the first water outlet 31 is hot water, and the water from the second water outlet 41 is warm water. More specifically, the second water outlet 41 extends through the first container 11 to perform heat exchange, and the first container 11 is the temperature control unit 43. More specifically, the second water outlet waterway 41 includes a heat exchange section 42 extending in a winding manner, and the heat exchange section 42 is accommodated in the interior of the first container 11. In this way, when the hot water in the heat exchange section 42 flows through the interior of the first container 11, it can transfer heat to the water in the first container 11 to achieve the purpose of cooling. At the same time, the water in the first container 11 receives the heat and is heated up, and can be preheated before flowing into the second container 21, so that the heating component 22 of the second container 21 can quickly heat the water flowing in from the first container 11 to 100 degrees C.

較佳地，該熱交換段42之高度係為該第一容器11之高度至少一半以上，以期有較良好的熱交換效果。Preferably, the height of the heat exchange section 42 is at least half of the height of the first container 11 in order to achieve a better heat exchange effect.

另一較佳地，該加熱單元2另包含有一水位計24，該水位計24設於該第二容器21以供量測該第二容器21之水體之高度，以確實掌握水量。Preferably, the heating unit 2 further comprises a water level gauge 24, which is disposed in the second container 21 to measure the height of the water in the second container 21 to accurately grasp the water volume.

1:進水單元 11:第一容器 12:第一進水水路 13:第二進水水路 14:第一進水閥體 15:第二進水閥體 2:加熱單元 21:第二容器 22:加熱組件 23:洩壓組件 24:水位計 3:第一出水單元 31:第一出水水路 32:第一出水閥體 4:第二出水單元 41:第二出水水路 42:熱交換段 43:溫控單元 44:第二出水閥體 1: Water inlet unit 11: First container 12: First water inlet waterway 13: Second water inlet waterway 14: First water inlet valve body 15: Second water inlet valve body 2: Heating unit 21: Second container 22: Heating assembly 23: Pressure relief assembly 24: Water level gauge 3: First water outlet unit 31: First water outlet waterway 32: First water outlet valve body 4: Second water outlet unit 41: Second water outlet waterway 42: Heat exchange section 43: Temperature control unit 44: Second water outlet valve body

圖1為本創作一實施例之元件關係示意圖。FIG1 is a schematic diagram showing the relationship between components of an embodiment of the present invention.

1:進水單元 1: Water inlet unit

11:第一容器 11: First container

12:第一進水水路 12: First water inlet

13:第二進水水路 13: Second water inlet

14:第一進水閥體 14: First water inlet valve body

15:第二進水閥體 15: Second water inlet valve body

2:加熱單元 2: Heating unit

21:第二容器 21: Second container

22:加熱組件 22: Heating component

23:洩壓組件 23: Pressure relief assembly

24:水位計 24: Water level gauge

3:第一出水單元 3: First water outlet unit

31:第一出水水路 31: First water outlet

32:第一出水閥體 32: First water outlet valve body

4:第二出水單元 4: Second water outlet unit

41:第二出水水路 41: Second water outlet

42:熱交換段 42: Heat exchange section

43:溫控單元 43: Temperature control unit

44:第二出水閥體 44: Second water outlet valve body

Claims

A drinking water device, comprising: A water inlet unit, comprising a first container, a first water inlet waterway, a second water inlet waterway, a first water inlet valve body and a second water inlet valve body, the first water inlet waterway and the second water inlet waterway are respectively connected to the first container and a water source, the first water inlet valve body is arranged in the first water inlet waterway to control its conduction state, and the second water inlet valve body is arranged in the second water inlet waterway to control its conduction state; A heating unit, comprising a second container, a heating assembly and a pressure relief assembly, the second container is connected to the first container, the heating assembly is arranged in the second container for heating the water in the second container, and the pressure relief assembly is arranged in the second container and can selectively connect the outside with the second container; A first water outlet unit, including a first water outlet waterway and a first water outlet valve body, the first water outlet waterway is connected to the second container and the outside, the first water outlet valve body is arranged in the first water outlet waterway to control its conduction state, the first water outlet valve body signal is connected to the first water inlet valve body to be synchronously opened and closed; and A second water outlet unit, including a second water outlet waterway, a temperature control unit and a second water outlet valve body, the second water outlet waterway is connected to the second container and the outside, the temperature control unit is arranged in the second water outlet waterway to change the internal water temperature, the second water outlet valve body is arranged in the second water outlet waterway to control its conduction state, the second water outlet valve body signal is connected to the second water inlet valve body to be synchronously opened and closed.

A drinking water device as described in claim 1, wherein the second water outlet waterway extends through the first container to perform heat exchange, and the first container is the temperature control unit.

A drinking water device as described in claim 2, wherein the second water outlet waterway includes a heat exchange section extending in a winding manner, and the heat exchange section is accommodated inside the first container.

A drinking water device as described in claim 1, wherein the heating unit further comprises a water level gauge, which is disposed on the second container to measure the height of the water in the second container.

A drinking water device as described in claim 3, wherein the heating unit further comprises a water level gauge, which is arranged on the second container for measuring the height of the water in the second container; the first container is a water storage barrel; the second container is a hot water tank; the heating component is a heating rod; the pressure relief component is a pressure relief steam valve; the water from the first water outlet waterway is hot water, and the water from the second water outlet waterway is warm water; the height of the heat exchange section is at least half of the height of the first container.